#TinyFPGA BX → Verilog Sprite Controller → VGA → LCD 🎉

well, probably worth it, since I'm updating machine from MacBook Pro Early 2013🤪 (2.8GHz i7, 16GB)

64GB+2TB+Apple Care, $5,155.18, hmm

https://t.co/CLkwUhKOq4

love both MHRD and https://t.co/Qc2cC4yQmL

MUX https://t.co/YX2NZjr7Zv #zenn

XOR https://t.co/2MO7rUSiCY #zenn

Verilog HDL 最初の一歩 https://t.co/1I2ObS5sf9 #zenn

冷たいNANDとド・モルガン博士たち https://t.co/X0QRkuskkV #zenn

すべてがNANDになる https://t.co/Xj95xSpYil #zenn

https://t.co/NxfPucRihv #zenn

Scanline + Sprite🎉 (it used to work only on ICE40) #ULX3S

sprite, kinda

Hello world, VGA😉 #ULX3S

Reasons why I love ULX3S and TinyFPGA BX (only in Japanese language😉) https://t.co/ZsMtI6R0As #zenn

All set! #ULX3S

fujprog on Windows: 140.70s fujprog on macOS: 27.10s👍 openFPGALoader on Windows: -- openFPGALoader on macOS: 34.31s we have a winner, unfortunately openFPGALoader Windows binary doesn't work with libusbK and WinUSB for ULX3S. https://t.co/myfwVZj8A4

12K=18.73s (from https://t.co/QxpA7MFwcs) 85K=140.70s (my result) so, it's expected on Windows (18.73s ÷ 12K × 85K = ~133s) USB/IP on WSL2 can be faster than native Windows? https://t.co/UqQURL1bKG

yeah, much faster on macOS > Completed in 27.10 seconds.

https://t.co/rf6LA3ZVA7 ... however, uploading bitstream takes a bit longer than I expected. Because of on Windows? > Using USB cable: ULX3S FPGA 85K v3.0.8 > Completed in 140.70 seconds.

verified toolchain set up 😉 (Yosys and nextpnr on WSL2 Ubuntu 20.04, fujprog on Windows)